Welcome to the collection of the Nanomaterials, Ions and Metamaterials team for PHOTONICS (NIMPH) of the CIMAP laboratory

Couches minces semi-conductrices Erbium CoMoS Hafnium silicates Photoluminescence Nanostructuring FTIR Rare-earth M-lines Irradiation Silicon nanocrystals Microstructure physique Friction Radiofrequency magnetron sputtering Thin films Sputtering Rare-earth- doped materials MoS2 Silicon nanoclusters Nanostructure Energy transfer Hillocks Optical properties Terres rares Citric acid High-k dielectrics Phase transition Optical amplifiers Neodymium Atom probe tomography PZT IR spectroscopy Nanoparticles Raman Electron paramagnetic resonance Quantum-well Copper AFM Terbium Nanostructures Rare earth Al2O3 Couches minces Nanoparticules Nanostructured materials Magnetron sputtering XRD Raman scattering Oxide interface Microstructure physics ADE-FDTD Grazing incidence X-ray diffraction Conductivity Refractive index Infrared absorption Silicon Pulvérisation cathodique Rare earths Silicon nitride Pulvérisation magnétron radiofréquence Photovoltaic Oxides HR STEM-HAADF Si-rich silicon oxide Lifetime Crystal structure Multilayers Si nanocluster Structural properties Waveguides Silicon photonics Guide d'onde Oxygen vacancies GENOMIQUE CO adsorption Silicium Oxide materials Luminescence RF magnetron sputtering Rare-earth ions SiC Waveguide Doping Computational electromagnetic methods Matériaux hybrides Thin film Laser pyrolysis Electroluminescence Films Down-conversion Hafnium silicate Epitaxy Cathodoluminescence Semiconductors Cerium Fluorescence Microstructure Feature erasure Reactive magnetron sputtering Liposomes